StudentSavvy © 2017 STEM Challenges Thank you for downloading!
StudentSavvy © 2017 Tha k f d adi g S de Sa A cie Egypt STEM Challenges! If you have any questions regarding this product, please email me at [email protected]
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StudentSavvy.org CREDIT: Kevin & Amanda Fonts KG Fonts The Artventurous Life CHALLENGE #1:
StudentSavvy © 2017 Mummification is a process that the Egyptians practiced to prevent dead bodies from rotting. They believed in the afterlife and in Ka. They believed the physical body needed to be preserved so Ka could return even after death. The liver, lungs, stomach, brain, and intestines are removed from the body. They are placed in canopic jars inside the tomb. The body is covered in natron to remove all water from the body to help preservation. Then they wrap the body from head to toe. Between the layers of wrapping, amulets are placed to protect the body during its journey to the afterlife. A priest also reads prayers out loud during the wrapping process to ward off evil spirits during its journey. A mask is placed over the head, body, and shoulders.
The entire process takes about 70 days. The mummy is sealed in a case and placed inside a tomb in the pyramid.
During the mummification process, the human organs were removed and preserved inside canopic jars. The jars had hieroglyphic writing and the heads of different gods on top of the lids. The four sons of Horus (the god of the sky) are featured on the canopic jars. Each jar contains a different organ.
Natron was the preservative solution that the Egyptians used during the embalming process. It preserved the bodies and organs by drying out the moisture and it also served as a disinfectant.
StudentSavvy © 2017 Mummified Apples in Canopic Jars
The STEM Challenge: Using the supplies below, students must first design four canopic jars. To find inspiration on decorating the canopic jars, please visit http://www.museumofmythology.com/Egypt/canopic_jar.htm Using 4 slices of apple, students must test different mixtures using salt, baking soda, vinegar, and sugar. Out of the 4 slices, they must have a control group (no ingredients used on the apple) to measure the mummification process. They need to write down the exact measurements for each mixture using the next page. Each Canopic Jar needs to be labeled with the mixture. After applying the mixtures to the apples, they are placed inside the sealed jars. For the next four days, students must record their observations during the mummification process. After writing their end result and reflection, as a class discuss which mixtures best preserved the apple slices.
Materials for designing Materials/Ingredients for Canopic Jars: Mummified Apples:
Paint Apples Teaspoons Paint brushes Salt Cans with lids (such as mini Pringles) Baking soda Playdough or clay (optional) Vinegar Sugar
OUR STEM GROUP Student Names:
Predict: Brainstorm: Predict the effects of the different How are you going to tackle ingredients. Which ingredients do you this challenge? think will work the best at preserving the apple slices?
StudentSavvy © 2017 Mummified Apples
Mixture 1: Notes:
Mixture 2:
Mixture 3:
Control:
StudentSavvy © 2017 Mummified Apples in Canopic Jars
Day 1: Drawing: Notes:
Day 2: Drawing: Notes:
Day 3: Drawing: Notes:
Day 4 / END RESULT: Drawing:
StudentSavvy © 2017 Mummified Apples
Reflection Did you complete the challenge? Yes or No?
In your group, which mixture worked the best to preserve the apple slice:
If you could redo the experiment, how would you create your own Natron (the solution the Egyptians used)?
Were your predictions correct? How so? If not, what occurred instead?
Did you enjoy completing this challenge? If you could change it in any way (ex: materials), what would you change and why?
StudentSavvy © 2017 CHALLENGE #2:
StudentSavvy © 2017 The Ancient Egyptian pyramids are one of the most magnificent man-made structures created throughout history. The Egyptians began building pyramids during the beginning of the Old Kingdom, around 4,500 years ago. Pyramids could take up to 30 years to build. No building plans were discovered, so it is still a mystery on how the pyramids were built. They did not use wheels but ramps to move large rocks and materials. There are theories that the slaves in Egypt built the pyramids, but recent discoveries suggest that skilled workers actually built them. There are tombs inside the pyramids that the workers were buried and rewarded for their hard efforts. If these workers were slaves, they would not have been rewarded with such honorable burials.
StudentSavvy © 2017 Square Pyramid Rectangular Pyramid
Triangular Pyramid Hexagonal Pyramid
***Students must engineer either a square or rectangular pyramid.
StudentSavvy © 2017 Toothpick Pyramid
The STEM Challenge: Using the supplies below, students must design either a freestanding square or rectangular pyramid. The goal of the challenge is to design the tallest pyramid in the shortest amount of time. If glue is used instead of non-drying clay or marshmallows, allow for drying time. Students only need to use the timer during building time. They can stop the clock while their pyramid dries. The group who can build the tallest pyramid in the shortest amount of time wins the challenge. Students have two days to complete this challenge.
Materials: Toothpicks Timer Glue Marshmallows or non-drying clay (optional instead of glue)
OUR STEM GROUP Student Names:
Predict: Brainstorm: Predict how difficult this challenge How are you going to tackle this might be. What are some difficulties challenge? What type of pyramid you might run into while trying to are you going to build and why? complete this challenge?
StudentSavvy © 2017 Toothpick Pyramid
Brainstorming Notes:
StudentSavvy © 2017 Toothpick Pyramid
TRIAL 1: Drawing: Notes:
TRIAL 2: Drawing: Notes:
TRIAL 3: Drawing: Notes:
END RESULT: Drawing:
StudentSavvy © 2017 Toothpick Pyramid
Reflection
Did you complete the challenge? Yes or No?
On a scale of 1 – 10, how difficult was this challenge for your group?
If you did NOT complete the challenge, what would you do differently next time?
Were your predictions correct? How so? If not, what occurred instead?
Did you enjoy completing this challenge? If you could change it in any way, what would you change and why?
StudentSavvy © 2017 Studentsavvy